Answer:
$387.40
Explanation:
FICA Taxes ($2,600 x 7.65%) $198.90
State Unemployment Taxes $162.50
Federal Unemployment Tax $26.00
Employer's payroll tax expense for the week $387.40
Social Security and Medicare are combined called as FICA taxes and employer made the same contribution as of employee.
State and Federal Unemployment Tax is solely for employer only.
The rest are employee related taxes.
William pays $500 every 6 months as a premium on his car insurance with collision coverage. If William were to get in an accident and file a claim, he would pay $750 as a deductible and the insurance would cover the cost of repairs to the vehicles. When you file a claim against your insurance, your next set of premiums typically rise in the event it were to happen again, it brings in more money to the insurance agency. Since William’s car is $700 to fix and the other drivers car is $1,100 to fix if William does not file a claim with his insurance, he will pay an out-of-pocket amount of $1,100 to have the other car repaired.
Answer:
Both direct costs and activity costs.
Explanation:
Activity-based costing model takes into consideration both the direct and activity costs, as it does not omit the overhead or indirect costs, unlike some other costing methods. This costing model, is mostly used in the manufacturing. This method identifies activities and assigns them to each product or service accordingly.
Answer:
Project should have minimum annual cash flow of $62,373.06 to accept the project
Explanation:
Any project will be accepted if its net present value (NPV) is positive
Hence, NPV>0
Sum of discounted cash inflow - Discounted Cash outflow > 0
Annual cash inflow * PVAF (8.2%, 11 years) - $440,990 > 0
Annual cash inflow * 7.0702 - $440,990 > 0
Annual cash inflow * 7.0702 > $440,990
Annual cash inflow > $440,990 / 7.0702
Annual cash inflow > $62,373.06
So project should have minimum annual cash flow of $62,373.06 to accept the project
Answer:
a. 598 units
b. $897
c. $898
Explanation:
a. The computation of the economic order quantity is shown below:
= 598 units
b. The average inventory would equal to
= Economic order quantity ÷ 2
= 598 units ÷ 2
= 299 units
Carrying cost = average inventory × carrying cost per unit
= 299 units × $3
= $897
c. The number of orders would be equal to
= Annual demand ÷ economic order quantity
= $19,900 ÷ 598 units
= 33.28 orders
Ordering cost = Number of orders × ordering cost per order
= 33.28 orders × $27
= $898